Bacteriostatic Water 3/10ml
3 / 10 ml · Liquid
5.0 · 5 reviews
Omar AliReceived it fine. courier was fine.
Research support supplies UAE
Supporting laboratory materials including sterile water, reconstitution supplies, and lab accessories for in vitro research workflows across the UAE.
Products in Research Support Supplies
Sterile Water 3/10ml
3 / 10 ml · Liquid
5.0 · 6 reviews
Maryam Kareemlot number match so no problem
Acetic Acid Sterile Solution 3/10ml
3 / 10 ml · Liquid
5.0 · 1 review
Imran Shaikh, Al AinI liked how the product photos and details were arranged. That's mainly what I care about when ordering online. Nice and simple, that's all I need.
Bacteriostatic water and sterile water are not interchangeable
Two diluent lines sit in this category, in 3 ml and 10 ml sealed vials. Sterile water has been through a sterilisation step and contains nothing but water. Bacteriostatic water is sterile water plus a preservative — benzyl alcohol — which inhibits microbial growth inside a container that will be entered more than once. The distinction is about what happens after the first entry rather than about which one is cleaner at the point of manufacture; sterile water is the single-entry option, and the preserved line exists for containers with a working life.
A preservative-containing diluent is not automatically the right choice. Benzyl alcohol is an additional chemical species in the system: it absorbs in the low-UV region where peptide readings are often taken, it is an organic solvent component in any assay it enters, and it is a variable a reviewer can reasonably ask about. Where a method needs a clean blank, or where any added organic component would confound the readout, single-entry sterile water is the more defensible material. Where a container is opened repeatedly across days, the preservative is doing real work. The written protocol decides that, not the price difference.
Why 3 ml and 10 ml are stocked as separate lines
Container size is a contamination-risk decision as much as a quantity one. A small vial used once and discarded has exactly one entry event; a larger vial entered repeatedly accumulates them, and each entry is an opportunity for the container to stop matching its own label. Buying the larger unit to lower cost per millilitre moves risk out of the invoice and into the workflow, which is fine if the protocol accounts for it and a problem if nobody has thought about it.
Storage defaults here also differ from the peptide category. These lines are stocked at room temperature unless the batch label states otherwise, and a printed condition on the lot always overrides the catalogue default. Lot traceability applies to both lines, and where analytical release for a lot is complete the record is published and can be matched to the vial through COA verification. Document availability varies by product, so check the record for the lot you actually received rather than assuming it mirrors a previous order.
Where diluents fit in a documented workflow
Diluents are the most commonly unrecorded material in a peptide workflow. If a laboratory logs the peptide lot but not the water lot, an unexplained result has lost one of its more obvious explanations before anyone starts looking. Record both, and record which of the two water types was used, because the two are not equivalent inputs. Terminology and the general sequence of a reconstitution workflow are covered in reconstitution basics; VaultLabs does not publish volumes or preparation instructions for any material in the catalogue.
One more distinction that causes trouble: the sterility of the water says nothing about the sterility of anything it touches. Sterility is a property of a system, and labware, filters, pipette tips and the working area remain the laboratory's responsibility under its own procedures. Both lines here are supplied for in vitro laboratory work only, and neither is a medical or personal-use product under UAE Ministry of Health and Prevention rules.
Acetic acid is a third diluent, not a third water
Sterile water and bacteriostatic water are both water. Acetic acid is not. It is a sterile dilute acetic acid solution, CAS 64-19-7, stocked in the same 3 ml and 10 ml sealed vials for in vitro methods that specify an acidic aqueous medium. A protocol written for water is not satisfied by this vial, and a certificate for either water line does not qualify it. The catalogue does not publish a percentage on this page; the batch label and the lot certificate state what that vial contains.
The sizes are grouped at acetic acid, sterile water and bacteriostatic water. Which liquid a method uses is an SOP decision. The side-by-side pages are BAC water vs sterile water, acetic acid vs BAC water and acetic acid vs sterile water.
FAQ
Sterile water, bacteriostatic water, sterile acetic acid solution, and laboratory accessories used alongside peptide research workflows.
Lot tracking and documentation availability vary by product. Check individual product pages and batch verification.
Sterile water contains nothing but water that has been through a sterilisation step. Bacteriostatic water adds benzyl alcohol as a preservative so a container can be entered more than once. Which one applies is set by the protocol — the preservative is an extra chemical species that some analytical methods cannot accommodate.
No. Acetic acid solution is an acidic diluent. Sterile water contains only water. Bacteriostatic water is water plus benzyl alcohol. The three are separate lots and do not share certificates.
They are stocked at room temperature unless the batch label states otherwise. The condition printed on your lot always takes precedence over the catalogue default.
